Duke University Marine Lab

Beaufort, NCCost: $3,850

Term 1 only: June 14–July 04

NOTE: The term dates at DUML differ from those at other sites.

The Duke University Marine Lab offers modern research facilities and vessels, weathered rustic charm, and captivating views of the surrounding channels, sandbars, and islands. The Marine Lab has a traditional “camp” atmosphere, and participants live in small bunkhouses with multiple bunks per room. Located on Pivers Island on the North Carolina coast, Duke University Marine Lab provides an intimate setting for students interested in marine science.

Duke University Marine Lab Courses

Term 1 Only

June 14–July 04

Marine Biology: Estuaries and Marshes

Marine Biology: Estuaries and Marshes

Survey and explore the structure, function, ecology, and development of marine life found in estuarine and coastal habitats. The unusual nature of these habitats that exist between the land and the open ocean create unique relationships among the plants and animals that live there. Use classroom presentations, laboratory experiments, and field trips to gain hands-on experience with the marine life that exists in coastal habitats.

Offered: 8-10 - Duke University Marine Laboratory

Marine Biology: Near Shore & Oceans

Marine Biology: Near Shore & Oceans

Perform an in-depth examination of the biology of marine life in ocean and inlet habitats. The Duke University Marine Lab provides access to these large bodies of water and the organisms that inhabit them. Examine how life has adapted to the features of these ocean habitats and how that adaptation influences the relationships within the ecological communities. Along with work in the classroom, engage in hands-on fieldwork through dredging, trawling, and towing trips on Duke University's research vessels at various marine and geological sites.

Offered: 8-10 - Duke University Marine Laboratory

Oceanography

Oceanography

Delve into the fundamental components of studying the global oceans. Investigate the physical, chemical, geological, and biological processes that govern microscopic to macroscopic patterns in the ocean system. Explore general issues on the nature of science, the role of scientific rationalism in modern society, and the development of practical problem-solving skills. Examine oceanography's relationship to social and political issues. Study biotic and abiotic components of the global oceans through engaged discussion, laboratory experiments, and field research. Design and complete a research project to present to your peers.